Precision Geomatics Engineering Consultant

We work at Precision Geomatics Engineering Consultant to enhance our participation in the rapid growth of the Kingdom of Saudi Arabia and achieve the ambitious Vision 2030 goals. We strive to combine efficiency and innovation, leveraging the role of artificial intelligence in each project. We highly value understanding our clients' goals and aspirations, offering diverse and innovative engineering solutions, and implementing them according to the best international standards, while preserving the surrounding environment and taking pride in our cultural and heritage heritage.

Who we are ?

Precision Geomatics Engineering Consulting is a professional surveying and mapping firm that specializes in Engineering design and Geospatial Services such as Drone services, GIS and surveying services, BIM, and Scan To BIM services are all available to build a Digital twin. Over the last 8 years, our engineers have provided solutions to a number of sectors for clients in the Kingdom of Saudi Arabia.

| Our Vision

Precision Geomatics Engineering Consultant hopes to be at the top of the list of the best geospatial service providers in the Kingdom and the Gulf region in the next five years.

| Our mission

Precision Geomatics Engineering Consultant uses modern technology to provide geospatial services, and it actively participates in the Kingdom of Saudi Arabia’s digital transformation plan in compliance with Vision 2030.

Our value

Our partners

Our clients

Our Services

Engineering Designs and Supervision

Complete architecture, land and landscape architecture, interior and exterior design, and other professional designing and supervision.
Engineers in charge of engineering supervision work in the infrastructure, mechanical, electrical, and structural fields.
Safety, lighting, fire safety, parking, acoustics, gardens, laundry, kitchens, and façade are among the specialties of consultants.

3D Scanning Services

A 3D scanner can be built using a variety of technologies, each of which has drawbacks, benefits, and expenses of its own. There are still several restrictions on the kind of objects that can be digitized. For instance, optical technology may have various issues with items that are opaque, glossy, reflective, or transparent. For instance, digital 3D models can be created without damaging testing using industrial computed tomography scanning, structured-light 3D scanners, LiDAR, and time-of-flight 3D scanners.

Drone Services

Drones are becoming increasingly popular in geomatics engineering due to their many advantages over traditional surveying methods. Drones are more affordable, faster, and safer to use, and they can produce highly accurate results.

DJI M350

SKYDIO X10

GIS Services

GIS services offer a wide range of applications, including urban planning, environmental analysis, and geospatial data management. They help with mapping, spatial analysis, and decision-making.

To design a GIS database, you would typically start by identifying the data you need to store, such as spatial data, attribute data, and relationships between different data layers. Then, you would determine the appropriate database structure, such as using a geodatabase or a spatially-enabled relational database management system (RDBMS). Finally, you would create tables, define data fields, and establish relationships between the data to build the GIS database.

Digital Twin Concept

Infrastructure and Subsurface Mapping (GPR)

Remote Sensing Services: (to be added after GIS services)

A valuable tool for initiatives involving the prospecting of mineral resources is satellite imagery. Their application range is rather broad. They give information regarding the existence of roads, dirt tracks, fences, and other features to geologists and field crews. Put another way, the foundation for creating maps of land cover is satellite imagery. This is necessary for considering the environmental effects of a large project and for mapping possible access routes to places that have been visited.

Utility Mapping

Ground Penetrating Radar (GPR) is a non-invasive method of material analysis based on transmitting an ultra-wideband EM signal into the materials. A part of the EM wave is reflected when it reaches a boundary between two materials with different electrical properties. The reflected signal gets recorded at the source of the EM wave and is displayed for the operator and frequently recorded for later analysis. The methodology allows for the investigation of the soil and materials in considerable detail and the image of the subsurface features such as geological boundaries, and utilities.

Digital twin

Digital twins are virtual representations of physical objects, processes, or systems. They are created using real-time data and advanced technologies such as IoT sensors, AI, and modeling software. Digital twins can be used for various purposes, such as monitoring, simulation, and predictive analysis. They enable better understanding, optimization, and decision-making for complex systems. It’s an exciting concept with applications in various industries like manufacturing, healthcare, and urban planning.